Projects & Applications
Projects & applications
Solar lighting projects – designed before they're built
Every EVIEKO project starts with a lighting design. We model your road, car park, path or yard with EVIEKO solar lights, check the light levels against your target, and only then quote the poles and fittings you actually need.
What a project with EVIEKO looks like
A simple four-step process – from your site plan to lights delivered to site.
1. Send your site detailsA site plan, drawing or Google Maps link, the area type and dimensions, and your target lighting level if you have one.
2. We simulate itWe model the area, test suitable EVIEKO solar lights and compare layouts until the target is met.
3. You receive the report3D simulation, road diagram, calculated results and the recommended layout – with your written quote.
4. Order with confidenceApprove the quote and we ship your lights by tracked freight to your site.
Deliverables in every design
- 3D photometric simulation of your site
- Road simulated diagram – a plan-view lux map of the whole area
- Calculated results: average and minimum illuminance and uniformity (Eavg, Emin, U0) compared with your target
- Recommended EVIEKO model, pole height, spacing and number of poles
- Battery autonomy and solar panel sizing for your location
- Bill of materials and a freight-inclusive written quote
Small projects2–3business days · e.g. one street, path or car park
Medium projects3–5business days · e.g. several roads or a large car park
Large projects5–10business days · e.g. estates, multi-site or tender packages
Design examples
This is the kind of output you receive. The examples below are sample designs, not completed installations.
Example output: 3D false-colour photometric simulation, night view, light distribution curve and road isolux diagram. Your design is calculated for your own site, lights and target.
Example calculationRule of thumb vs calculated layout
Illustrative 200 m two-lane road, 7 m wide with 1.5 m footpaths, 6 m poles on one side, target 15 lx average and uniformity 0.30. Both layouts calculated with EVIEKO's photometric planner engine.
Before: rule of thumb
Spacing = 3 × pole height, larger 60 W light
- Lights needed
- 13
- Spacing
- 18.0 m
- Average (Eavg)
- 30.2 lx
- Uniformity (U0)
- 0.38
- Total LED load
- 780 W
About 2× more light than needed
After: EVIEKO calculated layout
40 W EVIEKO bifacial solar street light
- Lights needed
- 10
- Spacing
- 24.0 m
- Average (Eavg)
- 15.1 lx
- Uniformity (U0)
- 0.39
- Total LED load
- 400 W
Meets both targets
23% fewer poles and 49% less LED power in this example
Example calculation for a fictional site. Results differ for every site – this is one illustrative calculation, not a guaranteed saving.
Application examples
Typical places where solar lighting is used. These images are illustrative and do not show EVIEKO installations.
Looking for lights for a specific sector? See Industries we light.
Case studies
Project case studies
Our first project case studies will be published here as installations are completed. Planning a project? It could be the first.